Researchers create world's smallest QR code

Scientists have developed QR codes smaller than bacteria, potentially enabling indefinite data storage. This breakthrough could transform digital information preservation without needing energy or cooling. The achievement sets a new world record for the smallest QR code.

Researchers have achieved a world record by creating the smallest QR code ever, which is smaller than bacteria. According to TechRadar, this innovation promises indefinite storage for digital information, potentially changing how data is saved forever.

The new QR codes are designed to be indefinitely durable and require no energy or cooling, addressing challenges in long-term data preservation. This development highlights advancements in storage technology, making compact, long-lasting solutions possible.

As reported, the QR codes' size enables applications where space and durability are critical. The publication date of the story is February 21, 2026.

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Researchers in Finland have measured an energy signal smaller than one zeptojoule using a new calorimeter. The achievement opens pathways for improved quantum computing and searches for dark matter.

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Two recent studies indicate quantum computers could crack elliptic curve cryptography—securing banks, internet traffic, and cryptocurrencies like Bitcoin—with far fewer qubits than previously estimated: around 10,000-30,000 for one approach or 500,000 for another. Researchers highlight rapid hardware progress, urging a shift to post-quantum standards.

Zcash announced plans to introduce quantum-recoverable wallets within a month and achieve full post-quantum security by 2027. The privacy-focused cryptocurrency also outlined scaling upgrades during an event in Miami.

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Atom Computing has demonstrated a neutral-atom quantum computer that can correct its own errors repeatedly during computations. The system scaled error-correcting qubit groups from 16 to 32 while lowering error rates and performed up to 90 consecutive rounds of checks. This development positions the approach as a stronger competitor to superconducting designs.

Researchers from Kyoto University and Hiroshima University have created a new technique to identify W states, a complex form of quantum entanglement. The advance could support progress in quantum computing and communication.

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